Ordinary Higher Education second five key planning materials: finite element analysis of welding structure basis and MSC.Marc achieve(Chinese Edition)

Ship out in 2 business day, And Fast shipping, Free Tracking number will be provided after the shipment.Paperback. Pub Date: October 2012 Pages: 271 Language: Chinese in Publisher: Machinery Industry Press regular higher education second five key planning materials: the basis of finite element analysis of welded structures and MSC.Marc achieve main content : welding thermal processes and welding stress and deformation. stress finite element analysis of the basic theory. basic theory of the finite element analysis of the thermal process. as well as the specific welding process numerical simulation and implementation. Regular higher education second five key planning materials: finite element analysis of welding structure basis and MSC.Marc strive to integrate theory with practice. highlight the process of welding heat and stress and deformation analysis of finite element basis. and properly reflect the field at home and abroad The latest research results and trends. Regular higher education second five key planning materials: the welding structural finite element analysis of foundation and the MSC.Marc achieve as Welding Technology and Engineering undergraduate and graduate teaching materials to make it clear welding process basic theory of finite element analysis and operating procedures. can also be used as the hope that through the computer simulation of welding stress and deformation in the actual production process to guide the design or production engineering and technical personnel reference book. Contents: Preface Chapter 1. the process of welding heat and welding stress and deformation of 1.1 Welding Thermal Process 1.2 1.2.1 of welding residual stress residual stress formation process 1.2.2 residual stress analysis 1.3 1.4 welding process. welding deformation element analysis of the meaning and application of 1.4 .1 finite element method Introduction 1.4.2 The welding process finite element analysis of the meaning and status quo Chapter 2 Finite element stress the basic idea of ??the finite element method analysis of the basic theory 2.1 2.2 2.2.2 2.2.1 Flexibility matrix method stiffness matrix stiffness matrix Methods 2.2.3 node ID Strategy 2.3 one-dimensional elastic finite element method 2.3.1 linear spring displacement analysis 2.3.2 The one-dimensional simple the continuum analysis instance 2.4 virtual work principle 2.5 continuum plane stress finite element analysis 2.5. 2.6 dimensional stress analysis of a displacement of the relationship with the node coordinates 2.5.2 unit within the elastic strain relationship between 2.5.5 Stress 2.5.4 2.5.3 unit unit stress and the nodal force application strain triangular element for solving the specific process Chapter 3 of the finite element method of thermal process finite element analysis of the basic theory 3.1 Description 3.2 homogeneous bars. one-dimensional steady-state heat conduction analysis 3.2.1 single bars of steady-state heat transfer finite element analysis 3.2.2 composite stick steady-state conduction problem of one-dimensional finite element analysis of the thermal conductivity of the material 3.3 weighted residual method 3.4 Galerkin finite element method 3.5 one-dimensional steady-state heat transfer problems. the Galerkin finite element solution of 3.6 surface convection Galerkin finite element the Solution 3.7 three-dimensional steady-state heat transfer finite element analysis 3.8 transient heat transfer problem Finite Element Analysis 4.1 welded heat transfer problem in Chapter 4 welding heat source model and welding stress and deformation finite element method approach 4.2 welding heat source model 4.2.1 4.2.2 line heat source of surface heat source 4.2.3 body heat source model 4.2.4 Combined heat source model 4.2.5 generalized double ellipsoid heat source model 4.3 three-dimensional welding of structural stress and deformation finite element method in Chapter 5 flat butt weld temperature and stress The finite element mesh of the description of t.…